CN105123567A - Indoor culture method for clownfish - Google Patents

Indoor culture method for clownfish Download PDF

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Publication number
CN105123567A
CN105123567A CN201510435224.XA CN201510435224A CN105123567A CN 105123567 A CN105123567 A CN 105123567A CN 201510435224 A CN201510435224 A CN 201510435224A CN 105123567 A CN105123567 A CN 105123567A
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China
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water
treatment cylinder
water treatment
lattice
breeding barrel
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CN201510435224.XA
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CN105123567B (en
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单乐州
邵鑫斌
曹醒戈
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Zhejiang Mariculture Research Institute
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Zhejiang Mariculture Research Institute
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    • AHUMAN NECESSITIES
    • A01AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01KANIMAL HUSBANDRY; CARE OF BIRDS, FISHES, INSECTS; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
    • A01K61/00Culture of aquatic animals
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02ATECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A40/00Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
    • Y02A40/80Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
    • Y02A40/81Aquaculture, e.g. of fish

Abstract

Provided is an indoor culture method for clownfishes. The method comprises: establishing a cultivation room and manufacturing an indoor cultivation device of clownfishes, putting the indoor cultivation device of clownfishes in the cultivation room, roof of the cultivation room being made of light transmitting glass steel tiles, in the beginning of cultivation, adding seawater in a water treatment jar and a cultivation bucket, and then putting 500 clownfishes in 30 days old, overall length of the clownfishes being 1.5 cm, switching on a water pump and a submersible ultraviolet sterilization lamp, in a cultivation process, feeding micro-particle pellet two to four times each day, feeding amount each time being 5% of fish body weight, cleaning filter cotton once each day, cleaning an algae filter plate once every 7 to 15 days, cleaning dirts in the cultivation bucket once every 2 to 3 days, seawater capacity of the cultivation bucket being 700 kilograms, adding fresh seawater once every 7 days, through 3 to 4 months of cultivation, cultivation being completed after the clownfishes grow to 3.5 cm to 4 cm. The method is characterized by simple and low cost.

Description

A kind of indoor culture method of clown fish
Technical field
A kind of indoor culture method of the present invention and clown fish.
Background technology
Clown fish belongs to Pomacentridae, and sea anemone fish belongs to, and whole world record finds that there is 30 kinds, because most kind has an obvious leukorrhea at head, as personage clown, be commonly called as clown fish, being most important marine ornamental fish class, is almost the introduction breed variety of each marine ornamental fish cultivation fan.Current fresh water pet fish more than 90% is from entirely propagating artificially, comparative maturity is general for the artificial cultivating method of fresh water pet fish, the development of marine ornamental fish industry far lags behind fresh water pet fish industry, it is main because the scale breeding method of marine ornamental fish is fewer, and its this cultural method is complicated, technology is unstable, operating cost is high, the marine ornamental fish overwhelming majority is caused to fish for from wild, wild marine ornamental fish mostly is tropical forest insect reef fish, fisherman utilizes cyanide poison fish, the crushing modes such as explosive fried fish tartar souce carry out fishing activity, the serious harm ecosystem of marine coral reef.The marine ornamental fish of full artificial breeding and cultivation progressively replaces wild fishing for be the only way of marine ornamental fish industry healthy and sustainable development.The research and development of clown fish artificial culture technology method and facility will carry out the most perfect artificial seawater clown fish for seawater Shui nationality industrial belt, reduce the dependence of fishing for wild marine biology, protect the marine eco-environment that we are common, and drive the development of seawater Shui nationality industry.
Summary of the invention
For above-mentioned technical problem, the invention provides one: the indoor culture method of the clown fish simple, cost is low.
For solving the problems of the technologies described above, the present invention is by the following technical solutions: a kind of indoor culture method of clown fish, first build the indoor culture equipment of culturing chamber room and manufacture clown fish, the indoor culture equipment of clown fish is placed on culturing chamber within doors, described culturing chamber roof within doors adopts the glass steel tile of printing opacity, the indoor culture equipment of clown fish comprises water treatment cylinder, breeding barrel, water pump, water inlet pipe, outlet pipe, filter algae plate and submersible type ultraviolet germicidal lamp, described water treatment cylinder comprises water treatment cylinder first lattice, water treatment cylinder second lattice, water treatment cylinder the 3rd lattice and water treatment cylinder the 4th lattice, between described water treatment cylinder first lattice and water treatment cylinder second lattice, there is the first lower channel, between described water treatment cylinder second lattice and water treatment cylinder the 3rd lattice, there is the second upper channel, between described water treatment cylinder the 3rd lattice and water treatment cylinder the 4th lattice, there is the 3rd lower channel, the height of described second upper channel is higher than the first lower channel and the 3rd lower channel, in described water treatment cylinder first lattice, there is the filter cotton installed successively from top to bottom, biological ball and first filters coral sand, in described water treatment cylinder second lattice, there is the second filtration coral sand, in described water treatment cylinder the 3rd lattice, there is marine alga, described water pump is arranged in water treatment cylinder the 4th lattice, described filtration algae plate is arranged on water treatment cylinder second lattice, described water inlet pipe comprises water inlet pipe water inlet and water inlet pipe water side, described water inlet pipe water side comprises water inlet pipe breeding barrel and filters algae plate to water end (W.E.) to water end (W.E.) and water inlet pipe, described water inlet pipe water inlet is connected with water pump, described water inlet pipe breeding barrel is placed in breeding barrel to water end (W.E.), described water inlet pipe filters algae plate and is placed on filtration algae plate to water end (W.E.), described breeding barrel has breeding barrel delivery port, described outlet pipe comprises outlet pipe water inlet and outlet pipe water side, described outlet pipe water inlet is connected with breeding barrel delivery port, described outlet pipe water side to be placed in water treatment cylinder first lattice and to be positioned at above filter cotton, described submersible type ultraviolet germicidal lamp is arranged in outlet pipe, comprise oxygen increasing pump, oxygen increasing tube and gas filled head, described gas filled head is placed in breeding barrel, described gas filled head is connected by oxygen increasing tube with between oxygen increasing pump, conically cave in the inside of described breeding barrel, the diameter of described breeding barrel is 120 centimetres, the degree of depth of described breeding barrel is 70 centimetres, the bottom of described breeding barrel is provided with feet, the height of described feet is 30 centimetres, described filtration algae plate is square, filter on algae plate and there are many grooves, long 100 centimetres of described filtration algae plate, wide 70 centimetres, thick 0.5 centimetre, groove on filtration algae plate and the distance between groove are 1 centimetre, long 200 centimetres of described water treatment cylinder, wide 70 centimetres, high 60 centimetres, long 30 centimetres of described water treatment cylinder first lattice, long 50 centimetres of described water treatment cylinder second lattice, long 90 centimetres of described water treatment cylinder the 3rd lattice, long 30 centimetres of described water treatment cylinder the 4th lattice, first in water treatment cylinder and breeding barrel, seawater is added when starting to cultivate, then the clown fish that 500 tail 30 age in days total lengths reach 1.5 centimetres is put into, open water pump and submersible type ultraviolet germicidal lamp, seawater in water treatment cylinder flows in breeding barrel by water inlet pipe and filters on algae plate under the effect of water pump, seawater utilization seawater pressure gravity flow in breeding barrel, flowing out through outlet pipe from breeding barrel delivery port flows to water treatment cylinder, flowing to the seawater filtered on algae plate flows in water treatment cylinder, sunlight was radiated at from culturing chamber roof and filtered algae plate daytime, filter on algae plate and grow periphtic algae, seawater is through submersible type ultraviolet germicidal lamp, filter algae plate, filter cotton, biological ball, first filters coral sand, delivered in breeding barrel with on filtration algae plate by water pump again after second filtration coral sand and marine alga co-treatment, circulate with this, to throw something and feed in breeding process micro-granulated feed, throw something and feed every day 2 to 4 times, each feeding volume is 5% of fish body weight, clean a filter cotton every day, cleaning in 7 to 15 days once filters algae plate, 2 to 3 days to the dirt cleaning in breeding barrel once, the seawater capacity of breeding barrel is 700 kilograms, within every 7 days, add a fresh seawater, each interpolation 35 kilograms of fresh seawater, during whole cultivation, guarantee that ammonia nitrogen is less than 0.01ppm, nitrite nitrogen is less than 0.20ppm, nitrate nitrogen is less than 50ppm, oxygen increasing pump does not work daytime, oxygen increasing pump works to oxygenation in breeding barrel night, through the cultivation of 3 to 4 months, clown fish has cultivated after growing into 3.5 centimetres to 4 centimetres.
The beneficial effect of the indoor culture method of a kind of clown fish provided by the invention is: the cultural method of the application of the invention, realize seawater circulation to utilize, the seawater added in breeding process is few, seawater usage amount is greatly reduced, the water quality of circulating seawer is mainly through filtering algae algae plate growing attachment, submersible type ultraviolet germicidal lamp, filter cotton, biological ball, first filters coral sand, second filters coral sand and marine alga co-treatment, instead of the protein separator in regular seawater industrialization recirculation system or air floatation machine, and solve in seawater circulation ecologic breeding the problem lacking applicable efficient plant treatment link, cost is reduced greatly, and cultural method provided by the invention is simple, easy study, cultivation survival rate is high.
Further described breeding barrel is made up of fiberglass, and the breeding barrel be made up of fiberglass is not easily by seawater corrosion, durable in use.
Further comprise heating system, described heating system adopts cycle water boiler with no pressure, makes it possible to seawater to heat, thus also can cultivate in the winter time.
Further described filtration algae plate is made up of polypropylene material, and the filtration algae plate cost be made up of polypropylene material is low, durable in use, seawater lower algae apposition growth is effective.
The power of further described submersible type ultraviolet germicidal lamp is 60 watts, the submersible type ultraviolet germicidal lamp of 60 watts, and size to fit is more energy-conservation.
The power of further described water pump is 70 watts, and the water pump size to fit of 70 watts, can make seawater circulation again.
Below in conjunction with the drawings and specific embodiments, the invention will be further described.
Accompanying drawing explanation
Fig. 1 is one of structural representation of the indoor culture equipment of the clown fish used in the indoor culture method of a kind of clown fish provided by the invention.
Fig. 2 is the structural representation two of the indoor culture equipment of the clown fish used in the indoor culture method of a kind of clown fish provided by the invention.
Fig. 3 is the structural representation three of the indoor culture equipment of the clown fish used in the indoor culture method of a kind of clown fish provided by the invention.
Embodiment
As Fig. 1, Fig. 2, shown in Fig. 3, the embodiment of the indoor culture method of a kind of clown fish provided by the invention is as follows, first build the indoor culture equipment of culturing chamber room and manufacture clown fish, the indoor culture equipment of clown fish is placed on culturing chamber within doors, described culturing chamber roof within doors adopts the glass steel tile of printing opacity, the indoor culture equipment of clown fish comprises water treatment cylinder 1, breeding barrel 2, water pump 3, water inlet pipe 4, outlet pipe 5, filter algae plate 6 and submersible type ultraviolet germicidal lamp, described water treatment cylinder 1 comprises water treatment cylinder first lattice 7, water treatment cylinder second lattice 8, water treatment cylinder the 3rd lattice 9 and water treatment cylinder the 4th lattice 10, between described water treatment cylinder first lattice 7 and water treatment cylinder second lattice 8, there is the first lower channel, between described water treatment cylinder second lattice 8 and water treatment cylinder the 3rd lattice 9, there is the second upper channel, between described water treatment cylinder the 3rd lattice 9 and water treatment cylinder the 4th lattice 10, there is the 3rd lower channel, the height of described second upper channel is higher than the first lower channel and the 3rd lower channel, in described water treatment cylinder first lattice 7, there is the filter cotton 11 installed successively from top to bottom, biological ball 12 and first filters coral sand 13, in described water treatment cylinder second lattice 8, there is the second filtration coral sand 14, in described water treatment cylinder the 3rd lattice 9, there is marine alga 15, described water pump 3 is arranged in water treatment cylinder the 4th lattice 10, described filtration algae plate 6 is arranged on water treatment cylinder second lattice 8, described water inlet pipe 4 comprises water inlet pipe water inlet 16 and water inlet pipe water side 17, described water inlet pipe water side 17 comprises water inlet pipe breeding barrel and filters algae plate to water end (W.E.) 19 to water end (W.E.) 18 and water inlet pipe, described water inlet pipe water inlet 16 is connected with water pump 3, described water inlet pipe breeding barrel is placed in breeding barrel 2 to water end (W.E.) 18, described water inlet pipe filters algae plate and is placed on filtration algae plate 6 to water end (W.E.) 19, described breeding barrel 2 has breeding barrel delivery port 20, described outlet pipe 5 comprises outlet pipe water inlet 21 and outlet pipe water side 22, described outlet pipe water inlet 21 is connected with breeding barrel delivery port 20, described outlet pipe water side 22 to be placed in water treatment cylinder first lattice 7 and to be positioned at above filter cotton 11, described submersible type ultraviolet germicidal lamp is arranged in outlet pipe 5, comprise oxygen increasing pump, oxygen increasing tube and gas filled head, described gas filled head is placed in breeding barrel, described gas filled head is connected by oxygen increasing tube with between oxygen increasing pump, conically cave in the inside of described breeding barrel 2, the diameter of described breeding barrel is 120 centimetres, the degree of depth of described breeding barrel 2 is 70 centimetres, the bottom of breeding barrel 2 is provided with feet 24, the height of described feet 24 is 30 centimetres, described filtration algae plate 6 is square, filter on algae plate 6 and there are many grooves 23, long 100 centimetres of described filtration algae 6 plate, wide 70 centimetres, thick 0.5 centimetre, groove 23 on filtration algae plate 6 and the distance between groove 23 are 1 centimetre, long 200 centimetres of described water treatment cylinder 1, wide 70 centimetres, high 60 centimetres, long 30 centimetres of described water treatment cylinder first lattice 7, long 50 centimetres of described water treatment cylinder second lattice 8, long 90 centimetres of described water treatment cylinder the 3rd lattice 9, long 30 centimetres of described water treatment cylinder the 4th lattice 10, first in water treatment cylinder 1 and breeding barrel 2, seawater is added when starting to cultivate, then the clown fish that 500 tail 30 age in days total lengths reach 1.5 centimetres is put into, open water pump 3 and submersible type ultraviolet germicidal lamp, the seawater that water treatment cylinder is 1 li flows in breeding barrel 2 by water inlet pipe 4 and filters on algae plate 6 under the effect of water pump 3, the seawater utilization seawater pressure gravity flow of breeding barrel 2 li, flowing out through outlet pipe 5 from breeding barrel delivery port 20 flows to water treatment cylinder 1, flowing to the seawater filtered on algae plate 6 flows in water treatment cylinder 1, sunlight was radiated at from culturing chamber roof and filtered algae plate 6 daytime, filter on algae plate 6 and grow periphtic algae, seawater is through submersible type ultraviolet germicidal lamp, filter algae plate 6, filter cotton 11, biological ball 12, first filters coral sand 13, delivered in breeding barrel 2 by water pump 3 again after second filtration coral sand 14 and marine alga 15 co-treatment, part seawater is delivered to filter on algae plate 6 and is back to 1 li, water treatment cylinder after further purification, circulate with this, to throw something and feed in breeding process micro-granulated feed, throw something and feed every day 2 to 4 times, each feeding volume is 5% of fish body weight, clean a filter cotton 11 every day, cleaning in 7 to 15 days once filters algae plate 6, 2 to 3 days to the dirt cleaning in breeding barrel 2 once, the seawater capacity of breeding barrel 2 is 700 kilograms, within every 7 days, add a fresh seawater, each interpolation 35 kilograms of fresh seawater, during whole cultivation, guarantee that ammonia nitrogen is less than 0.01ppm, nitrite nitrogen is less than 0.20ppm, nitrate nitrogen is less than 50ppm, oxygen increasing pump does not work daytime, oxygen increasing pump works to oxygenation in breeding barrel 2 night, through the cultivation of 3 to 4 months, clown fish has cultivated after growing into 3.5 centimetres to 4 centimetres, comprise heating system, described heating system adopts cycle water boiler with no pressure, seawater is made it possible to heat, thus also can cultivate in the winter time, described filtration algae plate 6 is made up of polypropylene material, the power of described submersible type ultraviolet germicidal lamp is 60 watts, the power of described water pump 3 is 70 watts.
As shown in Figure 1, described breeding barrel 2 is made up of fiberglass, and in the present embodiment, breeding barrel 2 has ten, puts into the clown fish that 500 tail 30 age in days total lengths reach 1.5 centimetres, make disposable cultivation 5000 tail clown fish in each breeding barrel 2.
As required, disclosed herein specific embodiment of the present invention, but should be appreciated that the disclosed embodiments are just demonstrated the present invention, the present invention can have different and alternative form enforcement.Accompanying drawing may not proportionally be drawn.Therefore, concrete structure disclosed herein and function detail should not be understood to have limited significance, but only representatively property is basic to instruct those skilled in the art to adopt enforcement the present invention.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.

Claims (10)

1. the indoor culture method of a clown fish, it is characterized in that: the indoor culture equipment first building culturing chamber room and manufacture clown fish, the indoor culture equipment of clown fish is placed on culturing chamber within doors, described culturing chamber roof within doors adopts the glass steel tile of printing opacity, the indoor culture equipment of clown fish comprises water treatment cylinder (1), breeding barrel (2), water pump (3), water inlet pipe (4), outlet pipe (5), filter algae plate (6) and submersible type ultraviolet germicidal lamp, described water treatment cylinder (1) comprises water treatment cylinder first lattice (7), water treatment cylinder second lattice (8), water treatment cylinder the 3rd lattice (9) and water treatment cylinder the 4th lattice (10), between described water treatment cylinder first lattice (7) and water treatment cylinder second lattice (8), there is the first lower channel, between described water treatment cylinder second lattice (8) and water treatment cylinder the 3rd lattice (9), there is the second upper channel, between described water treatment cylinder the 3rd lattice (9) and water treatment cylinder the 4th lattice (10), there is the 3rd lower channel, the height of described second upper channel is higher than the first lower channel and the 3rd lower channel, there is in described water treatment cylinder first lattice (7) filter cotton (11) installed successively from top to bottom, biological ball (12) and first filters coral sand (13), there is in described water treatment cylinder second lattice (8) the second filtration coral sand (14), in described water treatment cylinder the 3rd lattice (9), there is marine alga (15), described water pump (3) is arranged in water treatment cylinder the 4th lattice (10), described filtration algae plate (6) is arranged on water treatment cylinder second lattice (8), described water inlet pipe (4) comprises water inlet pipe water inlet (16) and water inlet pipe water side (17), described water inlet pipe water side (17) comprises water inlet pipe breeding barrel and filters algae plate to water end (W.E.) (19) to water end (W.E.) (18) and water inlet pipe, described water inlet pipe water inlet (16) is connected with water pump (3), described water inlet pipe breeding barrel is placed in breeding barrel (2) to water end (W.E.) (18), described water inlet pipe filters algae plate and is placed in filtration algae plate (6) to water end (W.E.) (19), described breeding barrel (2) has breeding barrel delivery port (20), described outlet pipe (5) comprises outlet pipe water inlet (21) and outlet pipe water side (22), described outlet pipe water inlet (21) is connected with breeding barrel delivery port (20), described outlet pipe water side (22) to be placed in water treatment cylinder first lattice (7) and to be positioned at filter cotton (11) top, described submersible type ultraviolet germicidal lamp is arranged in outlet pipe (5), comprise oxygen increasing pump, oxygen increasing tube and gas filled head, described gas filled head is placed in breeding barrel, described gas filled head is connected by oxygen increasing tube with between oxygen increasing pump, conically cave in the inside of described breeding barrel (2), the diameter of described breeding barrel is 120 centimetres, the degree of depth of described breeding barrel (2) is 70 centimetres, the bottom of breeding barrel (2) is provided with feet (24), the height of described feet (24) is 30 centimetres, described filtration algae plate (6) is square, filter on algae plate (6) and there are many grooves (23), long 100 centimetres of described filtration algae (6) plate, wide 70 centimetres, thick 0.5 centimetre, groove (23) in filtration algae plate (6) and the distance between groove (23) are 1 centimetre, long 200 centimetres of described water treatment cylinder (1), wide 70 centimetres, high 60 centimetres, long 30 centimetres of described water treatment cylinder first lattice (7), long 50 centimetres of described water treatment cylinder second lattice (8), long 90 centimetres of described water treatment cylinder the 3rd lattice (9), long 30 centimetres of described water treatment cylinder the 4th lattice (10), first in water treatment cylinder (1) and breeding barrel (2), seawater is added when starting to cultivate, then the clown fish that 500 tail 30 age in days total lengths reach 1.5 centimetres is put into, open water pump (3) and submersible type ultraviolet germicidal lamp, the inner seawater of water treatment cylinder (1) flows in breeding barrel (2) by water inlet pipe (4) and filters on algae plate (6) under the effect of water pump (3), the seawater utilization seawater pressure gravity flow that breeding barrel (2) is inner, flowing out through outlet pipe (5) from breeding barrel delivery port (20), to flow to water treatment cylinder (1), flowing to the seawater filtered on algae plate (6) flows in water treatment cylinder (1), sunlight was radiated at from culturing chamber roof and filtered algae plate (6) daytime, filter on algae plate (6) and grow periphtic algae, seawater is through submersible type ultraviolet germicidal lamp, filter algae plate (6), filter cotton (11), biological ball (12), first filters coral sand (13), delivered in breeding barrel (2) and in filtration algae plate (6) by water pump (3) again after second filtration coral sand (14) and marine alga (15) co-treatment, circulate with this, to throw something and feed in breeding process micro-granulated feed, throw something and feed every day 2 to 4 times, each feeding volume is 5% of fish body weight, clean a filter cotton (11) every day, cleaning in 7 to 15 days once filters algae plate (6), 2 to 3 days to the dirt cleaning in breeding barrel (2) once, the seawater capacity of breeding barrel (2) is 700 kilograms, within every 7 days, add a fresh seawater, each interpolation 35 kilograms of fresh seawater, during whole cultivation, guarantee that ammonia nitrogen is less than 0.01ppm, nitrite nitrogen is less than 0.20ppm, nitrate nitrogen is being less than 50ppm, oxygen increasing pump does not work daytime, oxygen increasing pump works to breeding barrel (2) interior oxygenation night, through the cultivation of 3 to 4 months, clown fish has cultivated after growing into 3.5 centimetres to 4 centimetres.
2. the indoor culture method of a kind of clown fish according to claim 1, is characterized in that: described breeding barrel (2) is made up of fiberglass.
3. the indoor culture method of a kind of clown fish according to claim 1 and 2, is characterized in that: comprise heating system.
4. the indoor culture method of a kind of clown fish according to claim 1 and 2, is characterized in that: described filtration algae plate (6) is made up of polypropylene material.
5. the indoor culture method of a kind of clown fish according to claim 3, is characterized in that: described filtration algae plate (6) is made up of polypropylene material.
6. the indoor culture method of a kind of clown fish according to claim 1 and 2, is characterized in that: the power of described submersible type ultraviolet germicidal lamp is 60 watts.
7. the indoor culture method of a kind of clown fish according to claim 3, is characterized in that: the power of described submersible type ultraviolet germicidal lamp is 60 watts.
8. the indoor culture method of a kind of clown fish according to claim 4, is characterized in that: the power of described submersible type ultraviolet germicidal lamp is 60 watts.
9. the indoor culture method of a kind of clown fish according to claim 5, is characterized in that: the power of described submersible type ultraviolet germicidal lamp is 60 watts.
10. the indoor culture method of a kind of clown fish according to claim 1 and 2, is characterized in that: the power of described water pump (3) is 70 watts.
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CN107027685A (en) * 2017-03-13 2017-08-11 广西精工海洋科技有限公司 A kind of clown fish ecological cultivation system
CN110100782A (en) * 2019-06-24 2019-08-09 浙江海洋大学 A kind of aquatic feeds feed device automatically

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Publication number Priority date Publication date Assignee Title
CN105850838A (en) * 2016-03-30 2016-08-17 苏州市相城区阳澄湖镇益丰生态养殖专业合作社 Highly-efficient circulating water environment-friendly culture system
CN107027685A (en) * 2017-03-13 2017-08-11 广西精工海洋科技有限公司 A kind of clown fish ecological cultivation system
CN110100782A (en) * 2019-06-24 2019-08-09 浙江海洋大学 A kind of aquatic feeds feed device automatically

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